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Updated: Jan 6, 2026

Watershed Planning within a Quantitative Scenario Analysis Framework
Published on: July 24, 2016
The Wolverine Project: Evaluating Cumulative Effects Within the Land of Ktunaxa Using the One Heart Method
Nikki Heim1, Ryan MacDonald2, Christopher Horsethief3
1Ktunaxa Nation Council, Cranbook, BC, Canada. heimnikki@gmail.com.
Abstract:
This study evaluated the cumulative effects of existing and proposed land use activities and climate change within a narrow and vital wildlife corridor considered of high value to Ktunaxa and non-Ktunaxa peoples. Cumulative alteration, degradation, and disturbance to habitat directly impacts Ktunaxa lands and waters on which the exercise of Ktunaxa rights depends. Increased access to backcountry areas are expected to substantially diminish habitat condition, increase wildlife displacement and mortality risk, and fragment wildlife populations with unavoidable population-level impacts. The effects of land use are likely to be exacerbated by accelerating climate change further limiting habitat suitability and creating additional human-wildlife interactions. This study is unique in that we applied Ktunaxa research methodology throughout all assessment stages. This iterative approach to knowledge gathering brings Ktunaxa and non-Ktunaxa together in concert with input from a diverse group of problem solvers. Further, we used this opportunity to refine our understanding of cumulative effects through a Ktunaxa linguistic perspective. Repeated interviews deepened research relationships and empowered use of Ktunaxa oral history in the evaluation of cumulative effects. Two species of key concern identified for this study were ʔaȼ̓pu (wolverine) and kɬawɬa (grizzly bear). We simulated current and future habitat condition for key values using a pre-contact baseline representing the Range of Natural Variability (RONV). The assessment presented herein considered past, current, and proposed future land use activities, with a focus on recreational interests. We found combined effects of proposed recreation developments with existing land use practices within the study area to substantially negatively impact both wolverine and grizzly bear habitat condition and population connectivity. We concluded that cumulative developments of past, current and any potential future land use that includes outdoor recreational activities in ʔamak̓is Ktunaxa must be informed by regional-scale and long-term land stewardship planning to prevent further adverse impacts and to ultimately improve the habitat conditions for ʔa·kxam̓is q̓api qapsin (All Living Things).
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